Hospitals are complex facilities that rely on advanced technology-based systems. Medical devices are at the heart of these facilities. To ensure these devices operate safely and reliably, regular maintenance must be performed. Many healthcare facilities assume that as long as a device is functioning, there is no problem. However, neglected maintenance procedures can lead to serious risks over time.

The correct and reliable operation of medical devices used in hospitals is directly related to patient safety and treatment success. Measurement errors can lead to incorrect diagnoses and treatment processes, making regular calibration and testing of devices a critical requirement.
Therefore, calibration and testing processes are not only technical necessities but also essential components of quality and safety management in modern healthcare facilities.

Hospital projects are not merely about architectural design and construction processes. Modern healthcare facilities consist of advanced medical devices, complex technical infrastructures, and systems requiring uninterrupted operation. Therefore, the success of these projects depends heavily on how early and accurately technical planning is executed. In this context, clinical engineering becomes one of the most critical components of hospital projects. However, in many projects, the clinical engineering process is integrated at a later stage, leading to significant operational and financial issues.

Hospitals, due to their complex structures that operate 7/24, are among the facilities with the highest energy consumption. Operating rooms, intensive care units, imaging systems, and HVAC infrastructures continuously require energy. This situation not only increases operational costs but also creates a significant burden from an environmental sustainability perspective. Therefore, energy efficiency in modern healthcare facilities is not only about providing cost advantages; it also forms the foundation of sustainable healthcare services. With properly planned technical infrastructures and smart systems, hospitals can reduce energy consumption while also improving their operational performance.